31results about How to "Avoid logical confusion" patented technology

The invention discloses a method for controlling trains by using a single vehicle-mounted signal host. According to the method for controlling the trains, running control of a first train and a trail train is realized only through the single vehicle-mounted signal host in an automatic train control state, an input control instruction is output to a terminal control module of the first train or the tail train through different control paths in a vehicle-mounted signal system, and the terminal control module of the first train or the tail train executes the control instruction to control the trains. The invention further discloses a system for controlling the trains by using the single vehicle-mounted signal host. The system comprises the vehicle-mounted signal host, the vehicle-mounted signal system and at least two trains provided with terminal control modules, wherein the vehicle-mounted signal host is a single vehicle-mounted signal host and is connected with the terminal control modules of the trains through different control paths of the vehicle-mounted signal system. According to the method for controlling the trains, the train control steps are simplified, and the train control efficiency is effectively improved.

The application relates to an engine start-stop control method compatible with an ACC system, including: when entering a critical stop state, check whether the ACC system calibration is enabled; if the ACC system calibration is not enabled, perform idle shutdown; Whether the ACC system is allowed to stop, and control it according to the judgment result. The control method of this application can avoid the situation that the traditional STT system cannot fully integrate the ACC system's start-stop requirements, and avoid the logic confusion caused by multiple systems directly controlling the engine shutdown; manage the request signal of the ACC system through a calibration value, and flexibly realize the ACC system Enabling and shielding of compatible functions; based on the control strategy of the existing STT system, no new hardware is needed, only a software module that is compatible with the ACC system's requirements for engine start and stop needs to be added to the software.

The invention belongs to the technical field of information communication, and in particular relates to a method for timing and sending data by a TTCAN bus. The method provided by the technical solution of the present invention is applied to the TTCAN bus time slave node to receive the time master node timing message, and in the process of sending the message regularly in the matrix cycle, the system working time can be reasonably allocated, and the bus node can be accurately timed and in the specified time. The bus data is sent periodically in the time slice, and other functions of the system are completed in the idle time slice. The present invention adopts the timer T0 interrupt with higher interrupt priority in the single-chip microcomputer or DSP, so when this interrupt is executed, it will not be interrupted by other low-priority interrupts to cause errors in the bus timing time, and only in the T0 interrupt process Complete the functions of bus time synchronization and sending bus data according to the matrix cycle, and realize other functions of the system in the idle time slice at the same time. Reduce the number of interrupts to avoid system logic confusion caused by more interrupt nesting.

This application discloses a method and device for processing a bubble control, which relates to the field of computer vision technology in computer technology. Click on the area. Since the bubble control is divided into multiple click areas, each click area can determine a click event, so the terminal device can determine the first click event and execute the first click event according to the first click area clicked by the user. The embodiment of the present application makes even if a bubble control includes multiple click areas at any position, it only needs to pass the click detection of the bubble control itself. On the basis of reducing the complexity required for drawing the bubble control, it also reduces the number of terminals. The device recognizes the complexity of the user's click operation, thereby further improving the processing efficiency of the terminal device on the panoramic map data.

An embodiment of the invention provides a terminal identification method, system, terminal device and base station. The terminal identification method includes: sending, by a terminal device, a network attachment request message to a base station, wherein the network attachment request message carries an operator identity corresponding to the terminal device; receiving, by the base station, the network attachment request message; identifying the terminal device type by the base station according to the operator identity. In the embodiment of the invention, when the terminal device includes an access terminal and a relay terminal, the base station can identify the access terminal and the relay terminal according to different operator identities, so that the base station can distinguish out the access terminal and the relay terminal, furthermore, the base station can send data to the corresponding terminal device, the problem that the access terminal or the relay terminal has logical confusion during data processing can be avoided.

The invention discloses a vehicle control method for an automatic driving vehicle based on a wire-controlled electric vehicle, which includes a selection module, a detection module, an execution module and a vehicle control module. The driving mode is also the manual driving mode. The detection module is used to detect the corresponding action of the execution module to determine whether the vehicle driving mode can be successfully switched. The vehicle control module includes a signal receiving unit and a signal adjustment instruction unit. The invention solves the problem of inconvenient switching between the manual driving mode and the automatic driving mode of the current automobile.

The invention discloses a data transmission method and apparatus, a first device and a server. The method comprises the following steps: when the execution result of a first command in an SQ is received, the first device modifies the execution state of the first command in a command state table to be completed; when the execution result of the first command in the SQ is received, the first devicemodifies the execution state of the first command in the command state table to be completed; the first device determines that the execution states of the first n commands recorded in the command state table are all completed, and the first n commands are at least one command sequentially stored in the SQ; the first device sends the processing data of the first n commands to the application according to the storage order of the first n commands in the SQ, and the processing data of the first n commands includes the execution results of the first n commands. As such, the order in which the SoCreturns process data to the application and the order in which the SoC transmits commands to the SoC can be ensure to be consistent, and the SoC preserves the order of the commands, thereby effectively avoiding logical confusion of the application and satisfying application requirements.

The invention discloses a skill creation method and device. The method comprises the following steps: obtaining original skill corpora, wherein the original skill corpora are corpora for awakening non-calling word skills, and the non-calling word skills are skills which do not need to be awakened through calling words; identifying at least one slot position of the skill corpus, and obtaining a replacement word of each slot position; based on the slot positions, conducting slot filling on the original skill corpus through the replacement words, and obtaining target skill corpus; and performing a conflict test on the target skill corpus to obtain a first test result, and completing the creation of the non-modulation word skill in the development platform under the condition that the first test result is that the target skill corpus has no conflict. The technical problem that the user experience is reduced due to tedious interaction steps caused by the adoption of a call word awakening skill in the related technology is solved.

The invention discloses an RTU dual-machine redundant acquisition system based on a synchronous time window, which is composed of a master station, a clock synchronization device, a communication network, a hardware time synchronization network, redundantly configured dual RTUs, multiple IEDs, RIOs, etc. Ethernet is used between RTU and the master station, and Ethernet or field bus is used between RTU and IED / RIO. For the bottom, RTU collects the data of IED and RIO through Ethernet or field bus, and forwards the commands of the master station; for the top, it communicates with the master station through Ethernet, sends the collected data, and accepts the commands of the master station. Through the hardware time synchronization network, the running time of the RTU is divided into uniform time windows that are synchronized between the two RTUs. Each time window is divided into different time intervals, and each time interval completes different tasks in turn. The work between the two machines is completely synchronized, the operating status is completely consistent, the data exchange is reliable, and it can adapt to different working conditions to achieve better redundancy.

The invention provide a service subscriber group transmitting processing system and a service subscriber group transmitting processing method for short / multimedia message service data. The system comprises a service label setting module, a group screening condition setting module, a group screening module and a data transmitting module. When the service subscriber group transmitting processing system and the service subscriber group transmitting processing method are used for transmitting the short / multimedia message service data of a service subscriber group aiming at a plurality of short / multimedia message services, technical workers for transmitting the short / multimedia message service data only need to set corresponding service labels for service subscribers and set corresponding group screening conditions with the service labels for the short / multimedia message service data which is needed to be transmitted first, and then a system can run and screen and group the service subscribers, service subscriber groups corresponding to the short / multimedia message service data can be acquired and the short / multimedia message service data can be transmitted to ensure that the operation of transmitting special short / multimedia message service data aiming at the plurality of short / multimedia message services is easier and more convenient.

The invention provides a news summary extraction method and device based on artificial intelligence. The method comprises the steps that a news cluster of a news event are obtained through retrieval on the basis of keywords of the news event; core news of the news event is acquired from all news included in the news cluster; all the news included by the news cluster is split according to sentences, and the semantic similarity between every two sentences is acquired; important sentences are selected from the core news on the basis of the semantic similarity between every two sentences; splicing is conducted according to the order of the important sentences in an original text of the core news to form a summary of the news event. According to the method, the core news is selected form all the news of the same news event, the important sentences forming the summary are selected from the core news according to the importance of the sentences, splicing is conducted according to the original text order, and therefore the problems that the logic is disordered, and the semantic is different can be avoided.

The invention relates to a power change-over switch device of a chip internal special module and a chip. The device comprises a power switch and an isolating unit. The power switch receives a control signal, and switches on or cuts off power input to a chip internal special module according to the control signal. The isolating unit, according to the control signal, outputs the output signal of the chip internal special module when the power switch switches on power input to the chip internal special module, and processes the output signal of the chip internal special module into a digital low-level signal and outputs the digital low-level signal when the power switch cuts off power input to the chip internal special module.